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in this video weamp;#39;ll focus on the exclusive or operation also known as the XOR operation an elementary understanding of binary will help you to get the most out of this video it will also come in useful if youamp;#39;ve previously met logic gates hereamp;#39;s a 16-bit CPU register with a binary value stored inside it typical computers these days use 32-bit or 64-bit CPU registers but the principles of the bitwise XOR operation can be illustrated perfectly well with a 16-bit register 16-bit registers were more typical of computers in the 1970s this register contains an unsigned integer in other words itamp;#39;s being treated as a positive whole number the integer has been encoded with 16 bits mainly 2 bytes normally integers require 32 bits thatamp;#39;s 4 bytes but for the purposes of this discussion weamp;#39;ll stick with 16 bits looking at the place values you can see that this is the number 85 in denry and hereamp;#39;s another 16-bit unsigned integer this is 182 in
